Single jet compact heat meter
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DESCRIPTION
General features0
The compact heat meter installed on a water return pipe is provided with a volumetric part to measure the water, with thermal probes to measure the “ΔT” and with an electronic unit to calculate the thermal energy consumption.
- Nominal flow rate: Qn from 0,6 to 2,5.
- Protection degree: IP54.
- Calculator may be separated from the volumetric meter with a 30 cm small connecting cable, not extendable.
- Compact dimensions for installation in small places.
- Installation on the return pipe.
- Power supply: 3V lithium battery.
- Operation life: 6 years.
- Type of probes: Pt100.
- Volumetric unit temperature range: 5 ÷ 90°C.
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ADVANTAGES
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The compact heat meter installed on a water return pipe is provided with a volumetric part to measure the water, with thermal probes to measure the “ΔT” and with an electronic unit to calculate the thermal energy consumption.
Advantages -
TECHNICAL SPECIFICATION
CODE NOMINAL SIZE INCH - DN NOMINAL FLOW RATE Qp INPUTS OUTPUTS INTERFACE COMMUNICATION ECC15C2I 1/2" - 15mm 1.5 m³/h 2 pulse - wired M-Bus ECC20C2I 3/4" - 20mm 2.5 m³/h 2 pulse - wired M-Bus ECC15HC2I 1/2" - 15mm 1.5 m³/h 2 pulse - wired M-Bus ECC20HC2I 3/4" - 20mm 2.5 m³/h 2 pulse - wired M-Bus -
HOMOLOGATION AND INSTALLATION
Homologation
- Complies with the European Directive 2004/22/CE from the European Parliament related to the measuring instruments (MID).
- Horizontal installation, C class.
- Vertical installation, B class.
Installation and use- The compact heat meter has to be installed on the system return pipe.
- Horizontal, vertical and oblique installation.
- It can be installed as a unique body or it is possible to use the calculating unit only, separated from the volumetric meter and connected by a 30 cm small cable only.
- The single jet turbine, operated by the circulating water flow, allows to determine the circulating flow rate according to the turbine revolution number.
- Through the impulsive output, the meter can be connected to a PC or server for local or remote readings.
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TECHNICAL LITERATURE
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FAQS